sensible adj. 1.能感觉到的;可觉察的;明显的。 2.发觉;觉悟;明白;感知;知道 (of). 3. 懂事的;有常识的;通情达理的;明智的;合情合理的;有理智的;(人、方法等)聪明的。 4.有知觉的。 5.(计划等)切合实际的;实用的。 6.(数量等)相当大的。 7.〔古语〕易感的;敏感的 (to)。 a sensible change for the better [worse] 显著变好[坏]。 He was sensible enough to mind his own business. 他很聪明,不管别人闲事。 I'm very sensible of your kindness. 我深感您的好意。 sensible clothing 实用的衣服。 a sensible idea 明智的意见。 a sensible man 聪明人。 a sensible plan 切合实际的计划。 a sensible proposal 合理的建议。 a sensible reduction in price 大幅度降价。 n. -ness 懂事;明智。
Net radiation absorbed by sea surface is balanced most by the process of latent heat transport , accounting for 50 of total heat , and the rest part is conducted to deep water and transported as sensible heat to air , accounting for 26 and 24 of total heat individually 海面吸收的净辐射主要消耗于潜热输送过程,占净辐射的50 ,其余热量传向水体深层和用于感热输送,分别占净辐射的26和24 。
( 2 ) the anomalous eawm predominantly relates to the winter kuroshio ssta . the winter kuroshio ssta becomes positive ( negative ) when there is a strong ( weak ) eawm . the possible links might be the winter latent and sensible heat release in the west - northern pacific ocean ( 2 )东亚冬季风异常对冬季黑潮区域海温异常有密切的联系,当东亚冬季风偏强时,冬季黑潮区域海温偏低;反之,冬季黑潮区域海温偏高。
( 3 ) for parameterization of the sensible heat , the positively correlation between surface temperature and bulk transfer coefficient lead to a positive additional sub - scale flux . its magnitude is determined by the grid average roughness and average wind velocity on the reference level ( 3 )对区域感热通量的计算而言,由于地表温度和整体输送系数产生一个正的次网格通量项,它主要由网格平均粗糙度和参考高度平均风速所决定。
The simulation results show that the effective measures to improve cop of mhhp include enhancing heat transfer in metal hydride bed , adopting metal hydrides with a sufficiently flat plateau , reducing reactor heat capacities and its mass , and a highly efficient sensible heat exchange 结果表明:强化金属氢化物床的传热、采用平台倾斜度小的金属氢化物、减小反应器材料的比热和质量,以及换热器间高效率的显热回收,是提高热泵性能系数的有效措施。
Net radiation absorbed by ice surface only account for 6 of that absorbed by the sea surface and it is consumed mainly by the processes of sensible heat exchange and ice melting , deficit part of the heat is compensated from the latent heat released when water vapor is frozen on ice surface and heat stored in ice 冰面吸收的净辐射仅为海面的6左右,主要消耗于感热输送和冰面融化过程,不足部分由水汽在冰面上凝结释放的潜热和冰中的热通量来补充。
In order to examine the influence of soil hydraulic characteristics on land surface process , the four soil hydraulic models are coupled with the simplified simple biosphere model ( ssib ) respectively and the simulated net radiation , sensible heat , latent heat and soil heat fluxes by the four coupled model are compared 利用ssib模式研究了不同的土壤水力模式对陆面过程模式模拟结果的影响。利用ssib mm5耦合模式研究了在陆面过程模式中土壤水力传导率等计算上的差异对大气模式模拟结果的可能影响。
The mean bulk momentum transfer coefficient cd and bulk sensible heat transfer coefficient ch is 3 . 37 * 10 - 3 and 4 . 47 * 10 - 3 , which is slightly larger than that above desert gobi and grassland of plain and little than that above plateau . on one hand , the more unstable atmosphere is , the larger bulk transfer coefficients are under unstable conditions , on the other hand , and bulk transfer coefficients decrease as wind speed increases 动量和感热总体输送系数的平均值分别为3 . 37 * 10 ~ ( - 3 )和4 . 47 * 10 ~ ( - 3 ) ,略高于沙漠、戈硕士学位论文:半干早雨养农业区陆面过程观测试验研究壁及平原草地的值,而低于高原的值;在不稳定时,层结越不稳定,总体输送系数也越大,并且随风速的增加而减小。
The results show that the local average temperature and average surface temperature will rise , and both daily difference will rise , too . average sensible heat flux and its daily difference will also increase while average latent heat flux and its daily difference will reduce after the vegetation degration of some area in the west of liaoning province ; the average temperature will raise 0 - 0 . 5 , average surface temperature will raise 0 - 1 . 0 , average sensible heat flux will increase 5 - 40w / m2 , about 8 - 55 % and average latent heat flux will reduce 5 - 60w / m2 , about 4 - 48 % 模拟结果表明:在辽西部分地区植被退化后,当地6 、 7 、 8三个月的夏季平均气温和平均地面温度升高,两者的日较差增大,平均感热通量及其日较差也增大,平均潜热通量及其日较差减小;平均气温升高0 0 . 5 ,平均地面温度升高0 1 . 0 ,平均感热通量增大5 40w / m ~ 2 ,约8 55 ,平均潜热通量减小5 60w / m ~ 2 ,约4 48 。
The formulae for calculating coefficients of performance ( cop ) of metal hydride heat pumps ( mhhp ) for temperature upgrading are proposed after considering practical factors such as heat transfer of metal hydride bed and sensible heat exchange , which provide theoretical bases for reasonable selecting metal hydrides pair and adjusting diversified process parameters of mhhp 摘要考虑到金属氢化物床的传热和换热器间显热回收等实际因素,提出了升温型金属氢化物热泵性能系数计算公式,为合理选择金属氢化物对,以及调整热泵的各种工艺参数提供了理论依据。
At hot end of beat pipe , several measures were taken to eliminate heat , namely ( 1 ) traditional sensible heat elimination ; ( 2 ) exhaust air is processed by air washer , then passes through hot end ; ( 3 ) exhaust air is handled by wet film , then passes through hot end ; ( 4 ) sprays water at the top of hot end , respectively 第一级采用热管式间接蒸发冷却器,热端布置4种散热方式: ( 1 )传统类型的显热散热; ( 2 )排风经过喷水室降温后进入热端; ( 3 )排风经过填料式直接蒸发冷却器降温后进入热端; ( 4 )直接在热端顶部淋水。